Bioprospecting Moringa - Sustainable practices for production and utilization
Global Moringa Meet is a showcase of all the latest trends and shifts occurring in the Moringa value chain, bringing together on a single platform, th
2 day Global Moringa Meet (GMM 15) on November 21 & 22 , 2015 at Jaipur India shall provide new insight in the Bioprospecting Moringa - Sustainable practices for production and utilization and potentiality of this crop for future exploitation and formulate strategies for developing moringa failsafe farms and also helps new growers to have holistic information on moringa crop.
Moringa oleifera (Moringaceae) is grown widely throughout the tropics. Moringa oleifera seeds possess effective coagulation properties, and are quite efficient in reducing turbidity, microorganisms from wastewaters and also in sludge conditioning. Moringa oleifera seeds are reported to have antimicrobial activity and are utilized for wastewater treatment. Although much is said about the seed meal, to date there are no specific reports that describe or identify the components in the seed meal that are responsible for these properties, especially the metal binding properties. In the present study it is proposed to isolate biologically important proteins such as the coagulant protein and the recently characterized lectin from the Moringa oleifera seeds and make an extensive study to know if these proteins are involved in metal binding.
Moringa oleifera are important multi-purpose crops in Africa and India. This species originated in India and Africa, but are now grown around the world. There are major production sites in Ghana, Senegal, and Malawi, smaller production in New Zealand and Fiji, and more recently production has begun in Nicaragua and Bolivia. Moringa species are often important famine foods because of their high tolerance to arid conditions due to the formation of very large tuberous roots. The uses of Maringa species are diverse, including the use of roots, leaves, ?owers, green pods, and seeds for human foods, and additionally stems and petioles for animals for animal feed. Proteins are important components in the seeds and owing to their charge can bind divalent metal ions specifically. Isolation of the seed proteins and analysis of their metal binding will be a valuable tool to detect the components in the seeds that are capable of clarifying metal contaminated water.
“If you are an investor interested to develop Moring plantations, the MoringaMeet 2015 is an ideal meet for you. Because at this conference, key experts will deliver insight on the technical and scientific aspects of Moringa cultivation! More specifically, you'll hear on high yielding materials and crop improvements by relevant authorities include:-Elite Breeding and Genetic Improvement -Developments in Moringa Varieties High Yielding Materials -Agronomic Specificities and Yield Potential”
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